In a lytic cycle, a virus infects a host organism, replicates inside its cells, and ultimately causes the host cell to burst, releasing new viral particles. This process can lead to cell damage or death, resulting in tissue injury and potentially severe disease symptoms in the organism. The rapid replication and destruction of host cells can overwhelm the organism's immune system, leading to further complications. Overall, the lytic cycle can significantly impair the health and function of the infected organism.
It will destroy cells in the organism
It will have no direct effect on the organism ::x: It will cause a disease in the organism.
A virus in the lytic cycle will infect a host cell, hijacking its machinery to replicate itself and produce new viral particles. This process ultimately leads to the lysis, or bursting, of the host cell, releasing the newly formed viruses to infect other cells. The result can be cell death and tissue damage, which may contribute to disease symptoms in the organism. Overall, the lytic cycle can significantly disrupt normal cellular functions and compromise the health of the infected organism.
A virus in the lytic cycle will infect an organism's cells, hijacking the cellular machinery to replicate itself. This process leads to the destruction of the host cell as the newly formed viruses burst out, causing cell lysis. The rapid destruction of host cells can result in tissue damage and disrupt normal physiological functions, potentially leading to illness or disease in the organism. Overall, the lytic cycle often results in acute infections with severe symptoms.
One example of a viral reproduction cycle that can cause rapid death is the lytic cycle. In this cycle, the virus enters a host cell, replicates quickly, and then bursts the cell open to release new virus particles. This rapid destruction of host cells can lead to severe damage to the host organism and potentially result in death.
It will destroy cells in the organism
It will destroy cells in the organism
It will destroy cells in the organism
It will have no direct effect on the organism ::x: It will cause a disease in the organism.
It will have no direct effect on the organism ::x: It will cause a disease in the organism.
The Norwalk virus (Norovirus) does not have a lyosgenic cycle. It does not remain dormant as lysogenic viruses can.
It is in the "reproduction" process when in the lytic cycle, so the effect will be that the virus will force the organism to replicate more and more "baby" viruses. The host cells will eventually die or be killed when it splits open (or buds) to release the new virus particles. The new particles will infect more and more cells of the host, killing the host's cells each time they split, making the host feel sicker and sicker until their defense systems figure out how to kill the viruses.The Norwalk virus (Norovirus) does not have a lyosgenic cycle. It does not remain dormant as lysogenic viruses can. It is lytic and is considered virulent.
It will destroy cells in the organism
it will cause a disease in the organism
It is in the "reproduction" process when in the lytic cycle, so the effect will be that the virus will force the organism to replicate more and more "baby" viruses. The host cells will eventually die or be killed when it splits open (or buds) to release the new virus particles. The new particles will infect more and more cells of the host, killing the host's cells each time they split, making the host feel sicker and sicker until their defense systems figure out how to kill the viruses.The Norwalk virus (Norovirus) does not have a lyosgenic cycle. It does not remain dormant as lysogenic viruses can. It is lytic and is considered virulent.
During the lysogenic cycle, the virus's genetic material is integrated into the host cell's DNA without causing immediate harm. This integration may lead to long-term effects as the viral genes can be passed on to daughter cells during cell division. In some cases, the integrated viral DNA can become active, initiating the lytic cycle and causing damage to the host organism.
It kills the host bacteria. I don't believe it occurs in eukaryotic cells.